Chip Group groupSize Description source 109 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Glutamine as nitrogen source PLoS Genetics 2011 110 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Asparagine as nitrogen source PLoS Genetics 2011 112 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Ammonium chloride as nitrogen source PLoS Genetics 2011 150 16 42 Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is sodium sulfate PLoS Genetics 2011 151 16 42 Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is sodium sulfite PLoS Genetics 2011 154 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source PLoS Genetics 2011 175 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Glutamine as nitrogen source PLoS Genetics 2011 177 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Putrescine Dihydrochloride as nitrogen source PLoS Genetics 2011 178 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Glutamic acid monopotassium salt monohydrate as nitrogen source PLoS Genetics 2011 179 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Glycine as nitrogen source PLoS Genetics 2011 180 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Serine as nitrogen source PLoS Genetics 2011 187 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Ammonium chloride as nitrogen source PLoS Genetics 2011 189 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Asparagine as nitrogen source PLoS Genetics 2011 203 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 6.25 PLoS Genetics 2011 204 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 6.5 PLoS Genetics 2011 205 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 7 PLoS Genetics 2011 206 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 8 PLoS Genetics 2011 208 16 42 Aerobic minimal growth with Sodium D,L-Lactate as carbon source, 15C PLoS Genetics 2011 31 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask; 1 mM CaCl2 PLoS Genetics 2011 32 16 42 Aerobic growth in minimal media with Sodium pyruvate as carbon source; flask; 1 mM CaCl2 PLoS Genetics 2011 356 16 42 Aerobic growth in minimal media with Sodium Sodium pyruvate as carbon source MSB2013 357 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source this paper 36 16 42 Aerobic growth in minimal media with Sodium L-Lactate as carbon source; flask; collected in stationary phase PLoS Genetics 2011 366 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 7 MSB2013 367 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 6 MSB2013 37 16 42 Aerobic growth in minimal media with Sodium pyruvate as carbon source; flask; collected in exponential phase PLoS Genetics 2011 371 16 42 Aerobic growth in minimal media; copper (II) chloride dihydrate 0.07 mM MSB2013 373 16 42 Aerobic growth in minimal media; Sodium nitrite 1 mM MSB2013 374 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented L-(+)-Ergothioneine this paper 375 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented 5'-Deoxy-5'-(methylthio)adenosine this paper 376 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented L-Citrulline this paper 38 16 42 Aerobic growth in minimal media with Sodium pyruvate as carbon source; flask; collected in stationary phase PLoS Genetics 2011 39 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask; exponential, time point 1 PLoS Genetics 2011 40 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask; stationary time point 1 PLoS Genetics 2011 41 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask; exponential, time point 2 PLoS Genetics 2011 42 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask; stationary time point 2 PLoS Genetics 2011 428 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask this paper 429 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; tube this paper 430 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; tube; no shaking this paper 435 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source this paper 444 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate carbon source this paper 69 16 42 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source and no vitamins; flask PLoS Genetics 2011 111 15 12 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; N-Acetyl-D-Glucosamine as nitrogen source PLoS Genetics 2011 226 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as the sole source of carbon and nitrogen PLoS Genetics 2011 250 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source PLoS Genetics 2011 30 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source; flask; 1 mM CaCl2 PLoS Genetics 2011 34 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source; flask; collected in exponential phase PLoS Genetics 2011 35 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source; flask; collected in stationary phase PLoS Genetics 2011 359 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source MSB2013 431 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source; flask this paper 432 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source; tube this paper 433 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source; tube; no shaking this paper 436 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source this paper 448 15 12 Aerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source this paper 193 14 10 LB growth at 30C, part of timecourse, timepoint 1 (1 day of growth) PLoS Genetics 2011 194 14 10 LB growth at 30C, part of timecourse, timepoint 2 (2 days of growth) PLoS Genetics 2011 195 14 10 LB growth at 30C, part of timecourse, timepoint 3 (3 days of growth) PLoS Genetics 2011 196 14 10 LB growth at 30C, part of timecourse, timepoint 4 (4 days of growth) PLoS Genetics 2011 197 14 10 LB growth at 30C, part of timecourse, timepoint 5 (5 days of growth) PLoS Genetics 2011 29 14 10 LB growth in flask; stationary phase; time point 2 PLoS Genetics 2011 363 14 10 LB growth in tube MSB2013 425 14 10 LB growth in flask this paper 426 14 10 LB growth in tube this paper 440 14 10 LB growth in tube this paper 155 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Cytidine 5'-Monophosphate as the phosphorous source PLoS Genetics 2011 156 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Pentasodium tripolyphosphate hexahydrate as the phosphorous source PLoS Genetics 2011 157 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source and O-Phosphoryl-Ethanolamine as the phosphorous source PLoS Genetics 2011 158 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Glycerol phosphate disodium salt hydrate as the phosphorous source PLoS Genetics 2011 184 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Isoleucine as nitrogen source PLoS Genetics 2011 207 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 9 PLoS Genetics 2011 288 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 9 PLoS Genetics 2011 368 52 8 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 9 this paper 132 33 7 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Glycine as nitrogen source PLoS Genetics 2011 285 33 7 Aerobic minimal growth with Sodium D,L-Lactate as carbon source, 20C PLoS Genetics 2011 286 33 7 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 7 PLoS Genetics 2011 287 33 7 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 8 PLoS Genetics 2011 87 33 7 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Ammonium chloride as nitrogen source PLoS Genetics 2011 88 33 7 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Putrescine Dihydrochloride as nitrogen source PLoS Genetics 2011 89 33 7 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Isoleucine as nitrogen source PLoS Genetics 2011 296 81 7 LB growth in microplate this paper 301 81 7 LB growth in microplate with Minocycline hydrochloride 0.00005 mg/ml this paper 326 81 7 LB growth in microplate this paper 330 81 7 LB growth in microplate with Kanamycin sulfate 0.01 mg/ml this paper 332 81 7 LB growth in microplate with Glycerol 7.5 vol% this paper 338 81 7 LB growth in microplate this paper 342 81 7 LB growth in microplate with Nickel (II) chloride hexahydrate 0.5 mM this paper 1 1 6 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and ferric citrate as electron acceptor PLoS Genetics 2011 2 1 6 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium Fumarate dibasic as electron acceptor PLoS Genetics 2011 453 1 6 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium Fumarate dibasic as electron acceptor MSB2013 54 1 6 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium Fumarate dibasic as electron acceptor PLoS Genetics 2011 55 1 6 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium Fumarate dibasic as electron acceptor, plus casamino acids PLoS Genetics 2011 9 1 6 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium nitrate as electron acceptor PLoS Genetics 2011 365 19 6 Aerobic growth in minimal media with casamino acids as carbon source MSB2013 46 19 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask; with casamino acids PLoS Genetics 2011 47 19 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; flask; with casamino acids; no Wolfe's vitamins PLoS Genetics 2011 60 19 6 Aerobic growth in casamino acids PLoS Genetics 2011 67 19 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with casamino acids; flask PLoS Genetics 2011 68 19 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with casamino acids and no vitamins, flask PLoS Genetics 2011 378 95 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented Adenosine this paper 379 95 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented Cytidine this paper 380 95 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented D-Glucosamine Hydrochloride this paper 381 95 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented Hypoxanthine this paper 382 95 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented Nicotinamide this paper 383 95 6 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source with supplemented pyridoxine HCl this paper 43 17 5 Aerobic growth in minimal media with Adenosine as carbon source; flask PLoS Genetics 2011 61 17 5 Aerobic growth in minimal media with Inosine as carbon source; flask PLoS Genetics 2011 62 17 5 Aerobic growth in minimal media with Cytidine as carbon source; flask PLoS Genetics 2011 63 17 5 Aerobic growth in minimal media with Uridine as carbon source; flask PLoS Genetics 2011 64 17 5 Aerobic growth in minimal media with Guanosine as carbon source; flask PLoS Genetics 2011 185 21 5 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Adenosine as nitrogen source PLoS Genetics 2011 225 21 5 Aerobic growth in minimal media with Cytidine as the sole source of carbon and nitrogen PLoS Genetics 2011 252 21 5 Aerobic growth in minimal media with Inosine as carbon source PLoS Genetics 2011 355 21 5 Aerobic growth in minimal media with Inosine as carbon source MSB2013 49 21 5 Aerobic growth in minimal media with Inosine as carbon source; flask PLoS Genetics 2011 234 30 5 Motility assay in 0.3% agar; cells moved outward from original inoculum for 1 day; outer ring was cut out and analyzed, replicate A PLoS Genetics 2011 235 30 5 Motility assay in 0.3% agar; cells moved outward from original inoculum for 1 day; outer ring was cut out and analyzed, replicate B PLoS Genetics 2011 76 30 5 Motility assay in 0.3% agar; cells moved outward from original inoculum for 2 days; outer ring was cut out and analyzed, replicate 1 PLoS Genetics 2011 77 30 5 Motility assay in 0.3% agar; cells moved outward from original inoculum for 2 days; outer ring was cut out and analyzed, replicate 2 PLoS Genetics 2011 78 30 5 Motility assay in 0.3% agar; cells moved outward from original inoculum for 2 days; outer ring was cut out and analyzed, replicate 3 PLoS Genetics 2011 147 51 5 Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is Thiourea PLoS Genetics 2011 148 51 5 Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is Sodium thiosulfate pentahydrate PLoS Genetics 2011 149 51 5 Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is L-Cysteine hydrochloride monohydrate PLoS Genetics 2011 152 51 5 Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is L-glutathione reduced PLoS Genetics 2011 153 51 5 Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is Sodium thiophosphate tribasic hydrate PLoS Genetics 2011 12 5 4 LB growth in microplate with Potassium Chloride 300 mM PLoS Genetics 2011 25 5 4 LB growth in microplate with Sodium Chloride 300 mM PLoS Genetics 2011 26 5 4 LB growth in microplate with Sodium sulfate 250 mM PLoS Genetics 2011 27 5 4 LB growth in microplate with Ammonium Nitrate 200 mM PLoS Genetics 2011 211 65 4 Cells incubated at 4C for 2 days; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 212 65 4 Cells incubated at 4C for 3 days; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 213 65 4 Cells incubated at 4C for 4 days; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 214 65 4 Cells incubated at 4C for 5 days; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 266 78 4 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Dimethyl Sulfoxide as electron acceptor, plus casamino acids PLoS Genetics 2011 270 78 4 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium nitrate as electron acceptor, plus casamino acids PLoS Genetics 2011 272 78 4 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Trimethylamine-N-oxide as electron acceptor, plus casamino acids PLoS Genetics 2011 274 78 4 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and ferric citrate as electron acceptor, plus casamino acids PLoS Genetics 2011 317 87 4 LB growth in microplate with Potassium Chloride 300 mM this paper 318 87 4 LB growth in microplate with Sodium Chloride 400 mM this paper 322 87 4 LB growth in microplate with Sodium nitrate 300 mM this paper 325 87 4 LB growth in microplate with sodium bromide 300 mM this paper 3 2 3 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Dimethyl Sulfoxide as electron acceptor PLoS Genetics 2011 52 2 3 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Dimethyl Sulfoxide as electron acceptor PLoS Genetics 2011 53 2 3 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Dimethyl Sulfoxide as electron acceptor, plus casamino acids PLoS Genetics 2011 17 8 3 LB growth in flask; exponential phase; time point 1 PLoS Genetics 2011 18 8 3 LB growth in flask; stationary phase; time point 1 PLoS Genetics 2011 28 8 3 LB growth in flask; exponential phase; time point 2 PLoS Genetics 2011 262 18 3 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Deoxyribonucleic acid from herring sperm as nitrogen source PLoS Genetics 2011 264 18 3 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Deoxyribonucleic acid from herring sperm as nitrogen source PLoS Genetics 2011 44 18 3 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; DNA as nitrogen source; flask PLoS Genetics 2011 360 20 3 Aerobic growth in minimal media with Tween 20 as carbon source MSB2013 48 20 3 Aerobic growth in minimal media with Tween 20 as carbon source; flask PLoS Genetics 2011 66 20 3 Aerobic growth in minimal media with Tween 20 as carbon source; flask PLoS Genetics 2011 358 27 3 Aerobic growth in minimal media with Potassium acetate as carbon source MSB2013 369 27 3 Aerobic minimal growth with Sodium D,L-Lactate as carbon source, 15C this paper 73 27 3 Aerobic growth in minimal media with Potassium acetate as carbon source PLoS Genetics 2011 79 31 3 Motility assay in 0.3% agar; cells moved outward from original inoculum for 1 day; outer ring was cut out and analyzed, replicate 1 PLoS Genetics 2011 80 31 3 Motility assay in 0.3% agar; cells moved outward from original inoculum for 1 day; outer ring was cut out and analyzed, replicate 2 PLoS Genetics 2011 81 31 3 Motility assay in 0.3% agar; cells moved outward from original inoculum for 1 day; outer ring was cut out and analyzed, replicate 3 PLoS Genetics 2011 105 40 3 Anaerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source and Sodium Fumarate dibasic as electron acceptor PLoS Genetics 2011 142 40 3 Anaerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source and Sodium nitrate as electron acceptor PLoS Genetics 2011 143 40 3 Anaerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source and manganese (IV) oxide as electron acceptor PLoS Genetics 2011 106 41 3 Anaerobic growth in minimal media with Inosine as carbon source and Sodium Fumarate dibasic as electron acceptor PLoS Genetics 2011 108 41 3 Anaerobic growth in minimal media with Inosine as carbon source and Dimethyl Sulfoxide as electron acceptor PLoS Genetics 2011 140 41 3 Anaerobic growth in minimal media with Inosine as carbon source and Sodium nitrate as electron acceptor PLoS Genetics 2011 136 47 3 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Aspartic Acid as nitrogen source PLoS Genetics 2011 222 47 3 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Proline as nitrogen source PLoS Genetics 2011 223 47 3 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Aspartic acid as nitrogen source PLoS Genetics 2011 244 76 3 Aerobic growth in minimal media with Deoxyribonucleic acid from herring sperm as carbon source PLoS Genetics 2011 258 76 3 Aerobic growth in minimal media with Deoxyribonucleic acid from herring sperm as carbon source PLoS Genetics 2011 260 76 3 Aerobic growth in minimal media with Deoxyribonucleic acid from herring sperm as carbon source PLoS Genetics 2011 295 80 3 LB growth in microplate with sodium fluoride 200 mM this paper 323 80 3 LB growth in microplate with Sodium Formate 90 mM this paper 324 80 3 LB growth in microplate with Sodium Formate 80 mM this paper 327 90 3 LB growth in microplate with Sodium sulfate 250 mM this paper 328 90 3 LB growth in microplate with sodium sulfite 250 mM this paper 333 90 3 LB growth in microplate with Sodium hypochlorite 0.025 vol% this paper 384 96 3 LB growth in microplate this paper 396 96 3 LB growth in microplate this paper 406 96 3 LB growth in microplate this paper 386 98 3 LB growth in microplate with Paraquat dichloride 0.5 mg/ml this paper 387 98 3 LB growth in microplate with Paraquat dichloride 0.45 mg/ml this paper 388 98 3 LB growth in microplate with Paraquat dichloride 0.4 mg/ml this paper 397 104 3 LB growth in microplate with Procaine hydrochloride 6 mg/ml this paper 398 104 3 LB growth in microplate with Procaine hydrochloride 5 mg/ml this paper 399 104 3 LB growth in microplate with Procaine hydrochloride 4 mg/ml this paper 19 9 2 LB growth in microplate with Nalidixic acid sodium salt 0.001 mM PLoS Genetics 2011 344 9 2 LB growth in microplate with Nalidixic acid sodium salt 0.0005 mM this paper 21 11 2 LB growth in microplate with Sodium azide 0.4 mM PLoS Genetics 2011 339 11 2 LB growth in microplate with Sodium azide 1 mM this paper 22 12 2 LB growth in microplate with copper (II) chloride dihydrate 1 mM PLoS Genetics 2011 334 12 2 LB growth in microplate with copper (II) chloride dihydrate 1 mM this paper 23 13 2 LB growth in microplate with Zinc sulfate heptahydrate 0.9 mM PLoS Genetics 2011 335 13 2 LB growth in microplate with Zinc sulfate heptahydrate 1 mM this paper 56 23 2 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and manganese (IV) oxide as electron acceptor PLoS Genetics 2011 57 23 2 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and manganese (IV) oxide as electron acceptor, plus casamino acids PLoS Genetics 2011 58 24 2 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium nitrate as electron acceptor PLoS Genetics 2011 59 24 2 Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium nitrate as electron acceptor, plus casamino acids PLoS Genetics 2011 364 25 2 Aerobic growth in minimal media with Gelatin as carbon source MSB2013 65 25 2 Aerobic growth in minimal media with Gelatin as carbon source; flask PLoS Genetics 2011 171 28 2 Aerobic growth in minimal media with L-Glutamic acid monopotassium salt monohydrate as carbon source PLoS Genetics 2011 74 28 2 Aerobic growth in minimal media with L-Glutamic acid monopotassium salt monohydrate as carbon source PLoS Genetics 2011 167 29 2 Aerobic growth in minimal media with L-Glutamine as carbon source PLoS Genetics 2011 75 29 2 Aerobic growth in minimal media with L-Glutamine as carbon source PLoS Genetics 2011 176 32 2 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Phenylalanine as nitrogen source PLoS Genetics 2011 85 32 2 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Phenylalanine as nitrogen source PLoS Genetics 2011 96 36 2 Aerobic growth in minimal media with Sodium propionate as carbon source PLoS Genetics 2011 98 36 2 Aerobic growth in minimal media with Sodium propionate as carbon source PLoS Genetics 2011 173 37 2 Aerobic growth in minimal media with L-Leucine as carbon source PLoS Genetics 2011 99 37 2 Aerobic growth in minimal media with L-Leucine as carbon source PLoS Genetics 2011 103 38 2 Aerobic growth in minimal media with L-Isoleucine as carbon source PLoS Genetics 2011 168 38 2 Aerobic growth in minimal media with L-Isoleucine as carbon source PLoS Genetics 2011 137 48 2 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Methionine as nitrogen source PLoS Genetics 2011 221 48 2 Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Methionine as nitrogen source PLoS Genetics 2011 160 53 2 Aerobic growth in minimal media with gly-glu as carbon source PLoS Genetics 2011 172 53 2 Aerobic growth in minimal media with Gly-DL-Asp as carbon source PLoS Genetics 2011 161 54 2 Aerobic growth in minimal media with Sodium propionate as carbon source PLoS Genetics 2011 191 54 2 Aerobic growth in minimal media with Sodium propionate as carbon source PLoS Genetics 2011 198 61 2 LB growth at 35C, part of timecourse, timepoint 1 (1 day of growth) PLoS Genetics 2011 199 61 2 LB growth at 35C, part of timecourse, timepoint 2 (2 days of growth) PLoS Genetics 2011 200 62 2 LB growth at 15C, part of timecourse, timepoint 1 (1 day of growth) PLoS Genetics 2011 201 62 2 LB growth at 15C, part of timecourse, timepoint 2 (2 days of growth) PLoS Genetics 2011 210 64 2 Cells incubated at 4C for 1 day; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 289 64 2 Cells in stationary phase at 30C in LB for 24 hours; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 291 66 2 Cells in stationary phase at 30C in LB for 48 hours; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 292 66 2 Cells in stationary phase at 30C in LB for 60 hours; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 276 72 2 Cells incubated at 42C (heat shock) for 15 minutes; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 277 72 2 Cells incubated at 42C (heat shock) for 30 minutes; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 278 73 2 Cells incubated at 42C (heat shock) for 45 minutes; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 279 73 2 Cells incubated at 42C (heat shock) for 60 minutes; surviving cells were identified by overnight outgrowth in standard LB at 30C PLoS Genetics 2011 282 74 2 LB growth at 20C part of timecourse, timepoint 1 (1 day of growth) PLoS Genetics 2011 283 74 2 LB growth at 20C part of timecourse, timepoint 2 (2 days of growth) PLoS Genetics 2011 302 83 2 LB growth in microplate with Tobramycin sulfate salt 0.005 mg/ml this paper 329 83 2 LB growth in microplate with Gentamicin sulfate salt 0.005 mg/ml this paper 319 88 2 LB growth in microplate with Ammonium Nitrate 300 mM this paper 320 88 2 LB growth in microplate with Ammonium Nitrate 200 mM this paper 389 99 2 LB growth in microplate with Mecillinam 0.015 mg/ml this paper 390 99 2 LB growth in microplate with Mecillinam 0.01 mg/ml this paper 393 102 2 LB growth in microplate with Phleomycin 0.015 mg/ml this paper 394 102 2 LB growth in microplate with Phleomycin 0.0125 mg/ml this paper 408 108 2 LB growth in microplate with Furaltadone hydrochloride 0.007 mM this paper 409 108 2 LB growth in microplate with Furaltadone hydrochloride 0.004 mM this paper 416 111 2 LB growth in microplate with Taurocholic acid sodium salt hydrate 10 mg/ml this paper 419 111 2 LB growth in microplate with Sodium cholate hydrate 2 mg/ml this paper 6 NA NA Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and cobalt (III)-EDTA as electron acceptor PLoS Genetics 2011 7 NA NA Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and manganese (IV) oxide as electron acceptor PLoS Genetics 2011 14 NA NA LB growth in a single well of microplate PLoS Genetics 2011 15 NA NA LB growth in flask with Sodium Chloride 300 mM PLoS Genetics 2011 20 NA NA LB growth in microplate with Nickel (II) chloride hexahydrate 0.7 mM PLoS Genetics 2011 50 NA NA Aerobic growth in minimal media with Sodium D-Lactate as carbon source; flask PLoS Genetics 2011 72 NA NA Aerobic growth in minimal media with Sodium D-Lactate as carbon source PLoS Genetics 2011 90 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; Adenosine as nitrogen source PLoS Genetics 2011 91 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Arginine as nitrogen source PLoS Genetics 2011 104 NA NA Aerobic growth in minimal media with Gly-DL-Asp as carbon source PLoS Genetics 2011 107 NA NA Anaerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source and Dimethyl Sulfoxide as electron acceptor PLoS Genetics 2011 130 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Alanine as nitrogen source PLoS Genetics 2011 131 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Threonine as nitrogen source PLoS Genetics 2011 133 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Leucine as nitrogen source PLoS Genetics 2011 134 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Histidine as nitrogen source PLoS Genetics 2011 139 NA NA Aerobic growth in minimal media with a-Ketoglutaric acid disodium salt hydrate as carbon source PLoS Genetics 2011 146 NA NA Aerobic growth in Sodium D,L-Lactate minimal media; sulfur source is Hypotaurine PLoS Genetics 2011 181 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Alanine as nitrogen source PLoS Genetics 2011 182 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source; L-Threonine as nitrogen source PLoS Genetics 2011 215 NA NA Aerobic growth in minimal media with Sodium D-Lactate as carbon source PLoS Genetics 2011 217 NA NA Aerobic growth in minimal media with L-Malic acid disodium salt monohydrate as carbon source PLoS Genetics 2011 219 NA NA Aerobic growth in minimal media with L-Serine as carbon source PLoS Genetics 2011 220 NA NA Aerobic growth in minimal media with sodium butyrate as carbon source PLoS Genetics 2011 202 NA NA Aerobic growth in minimal media with Sodium D,L-Lactate as carbon source, pH 6 PLoS Genetics 2011 227 NA NA Aerobic growth in minimal media with L-Glutamine as the sole source of carbon and nitrogen PLoS Genetics 2011 228 NA NA Aerobic growth in minimal media with L-Threonine as the sole source of carbon and nitrogen PLoS Genetics 2011 229 NA NA Aerobic growth in minimal media with L-Isoleucine as the sole source of carbon and nitrogen PLoS Genetics 2011 230 NA NA Aerobic growth in minimal media with L-Glutamic acid monopotassium salt monohydrate as the sole source of carbon and nitrogen PLoS Genetics 2011 232 NA NA Aerobic growth in minimal media with L-Serine as the sole source of carbon and nitrogen PLoS Genetics 2011 284 NA NA LB growth at 37C PLoS Genetics 2011 254 NA NA Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium Fumarate dibasic as electron acceptor PLoS Genetics 2011 268 NA NA Anaerobic growth in minimal media with Sodium D,L-Lactate as carbon source and Sodium Fumarate dibasic as electron acceptor, plus casamino acids PLoS Genetics 2011 300 NA NA LB growth in microplate with Vancomycin Hydrochloride Hydrate 0.1 mg/ml this paper 303 NA NA LB growth in microplate with Lomefloxacin hydrochloride 0.0002 mM this paper 304 NA NA LB growth in microplate with Lomefloxacin hydrochloride 0.0001 mM this paper 316 NA NA LB growth in microplate with Potassium Chloride 400 mM this paper 321 NA NA LB growth in microplate with Sodium nitrite 10 mM this paper 336 NA NA LB growth in microplate with Spectinomycin dihydrochloride pentahydrate 0.05 mg/ml this paper 341 NA NA LB growth in microplate with Cobalt chloride hexahydrate 0.2 mM this paper 345 NA NA LB growth in microplate with Ethanol 2.5 vol% this paper 372 NA NA Aerobic growth in minimal media; Nalidixic acid sodium salt 0.0015 mM MSB2013 385 NA NA LB growth in microplate with MreB Perturbing Compound A22 0.0175 mg/ml this paper 391 NA NA LB growth in microplate with Cefazolin sodium salt 0.024375 mg/ml this paper 392 NA NA LB growth in microplate with Phleomycin 0.0175 mg/ml this paper 395 NA NA LB growth in microplate with Doxorubicin hydrochloride 0.15 mg/ml this paper 401 NA NA LB growth in microplate with Benzethonium chloride 0.015 mM this paper 405 NA NA LB growth in microplate with Cephalothin sodium salt 0.05 mg/ml this paper 407 NA NA LB growth in microplate with Novobiocin sodium salt 0.012 mM this paper 410 NA NA LB growth in microplate with Amoxicillin 0.3 mM this paper 411 NA NA LB growth in microplate with Amoxicillin 0.15 mM this paper 421 NA NA LB growth in microplate with Thallium(I) acetate 0.2 mg/ml this paper 427 NA NA LB growth in tube; no shaking this paper 454 NA NA Anaerobic growth in minimal media with N-Acetyl-D-Glucosamine as carbon source and Sodium Fumarate dibasic as electron acceptor MSB2013